TG12-6-01L

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Thermoelectric modules, often referred to as Peltier modules, are solid state heat-pumps. Unlike conventional compressors, they have no moving parts and generate no vibration or noise. Instead, they use semiconductor junctions to move heat from one side of the module to the other, resulting in a cooling or heating effect. Thermal Peltier Modules, such as the TG12-6-01L, are popular in a wide range of applications.

The TG12-6-01L is a single stage, 2-wire (SPU) thermoelectric module that features an outer finned heat sink. This type of module is optimized for use in cooling applications, but can also be used for heating. It is capable of outputting 66 watts of cooling power, with a dimensional size of 217.6mm x 96mm x 10mm and a nominal input voltage of 12VDC. It has an operational temperature range of -20°C to 80°C and can handle ambient temperatures of up to 100°C.

The TG12-6-01L thermoelectric module is typically used in applications where space and noise levels need to be kept to a minimum, such as in telecom switches or satellite equipment. It can also be used to provide precise temperature control in medical and laboratory equipment, as well as for cooling high power electronics. It is also suitable for cryogenic cooling applications in which extremely low temperatures are required.

The thermoelectric cooling effect is produced by a phenomenon known as the Seebeck effect. When electrical current is applied across two differently doped semiconductor junctions, the junctions generate heat on one side and cold on the other. This heat transfer can be used to cool or heat objects or devices. Thermal Peltier modules such as the TG12-6-01L are used to control temperatures by reversing the current flow, allowing heat to be moved in either direction.

Thermal Peltier modules such as the TG12-6-01L are designed for efficient heat transfer. In a cooling application, the hot junction is placed on the heat source while the cold junction is connected to a heat sink. An electrical current flows through the module, resulting in heat being absorbed from the heat source and dissipated to the surrounding environment via the heat sink. Heat is also removed from the environment through the heat sink, resulting in a cooling effect.

When used in a heating application, the hot junction is connected to a heat sink while the cold junction is placed on the heat source. In this case, the current flows in the opposite direction, resulting in heat being absorbed from the environment and transferred to the heat source. This transfer of heat is what produces the heating effect.

The TG12-6-01L thermoelectric module is an efficient and reliable solution for controlling temperatures in a wide range of applications. It features an optimized design for efficient heat transfer and a wide operational temperature range. It can also be used for cooling or heating applications, depending on the needs of the application.

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